India is preparing for the moon mission again!

The Dhaka Times Desk What happened once failed? Will try again. If you can't do it once, try it a hundred times. To prove that point, India is once again preparing for the moon mission!

ISRO Chairman K Sivan said at the Delhi IIT convocation on Saturday (November 2), 'You all know about the Chandrayaan 2 mission. In terms of technology, we could not make a soft landing. However, all systems worked well up to 300 meters above the lunar surface. This time there is also very important information to fix everything'.

K Sivan also said, Chandrayaan 2 is not the end of our story. We also have plans to send humans into space through the Aditya L1 solar mission. Several advanced technology satellites will be launched in the next few months. SSLV will start its journey next December or next year i.e. January.

It is to be noted that this year India conducted a mission called Chandrabhiyan-2 (Vikram). which ultimately fails. India's Chandrayaan-2 lost contact with the control room before touching the moon's surface. It was thought at the time that the robotic research vehicle could crash into the lunar surface before final landing.

At that time, the Indian space research organization Indian Space Research Organization (ISRO) said that at the very last moment, the control room lost contact with the Vikram lander. It is known that it was supposed to land on the south pole of the moon. The Vikram lander was programmed in such a way that its 4 rockets could successfully complete several stages. The braking rockets were designed to reduce Bikram's horizontal velocity from 3,600 miles per hour to zero during landing preparations. The Vikram lander was also supposed to pass the hard break stage by coming within 7.4 kilometers of the lunar surface. Bikram was also able to detect surface landing sites using lasers. After that, this vehicle with 4 stands was supposed to descend near 400 meters using its landing sensors and find a flat place to land there. A center engine was supposed to start controlling it when it was above 13 meters. However, the communication was lost before 2.1 km.